SCIENTIFIC ABSTRACT KUNAKOV, YA. N. - KUNAYEV, D. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000927520008-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FEDOSOV, N.M.; SHARIPOV, E.I.; KUNkKOV, U.N.; OREKHOVA, R.S.
Mechanical properties of iron-silicon alloys. Izv. vys. ucheb. zav.;
chern. met-. 6 no.11:182-185 163. (MIRA 17:3)
1. Mookovskiy ins~itut stali i splavov.

KYJNAXOV Ya.N LIVSHITS, B.G.
Magpetio properties of transformer steel vith cubia textmv.
riumet.i.Iftetauoved. 15 no.ll.,55-59 Ja 163. (KM 16%2)
1. Mookavakiy institut otali i splavov*
(Steel-Magnetic properties)

FEDOSOVp N.M.; SHARIPOV, E,I,; KUNAKOV, U.N.; LYUKCVICH, V.I.
Choosing the optimim temperature for the hot rolling of
transformer steels. Vast. AN Kazakh. SSR 20 no.1:64-67
,Ta 164. (MI RA 17: 3)

ACCESSION NRs AP4045064 S/0031/64/000/008/0082/0087
AUTHORS: Fedosov, N. IA.; Sharipov, E. I.; Kunakov, Ya. N.
TITLE: Optimal temperature for hot rolling of high-silicon steels
SOURCEs AN Kaz$SR. Veatnik, no . 8, 1964, 82-87
,TOPIC TAGSt high silicon steel, hot rolling, resistance furnace, plastic deforma-
tion, yield limit/ 800 rolling mill, 150 rolling mill, P4 testing machine
ABSTRACT: To determine the temperature for hot-rolling of high-silicon Steele that
,would result in good ductility, minimal resistance to plastic deformation, and
,favorable grain orientation, the authors studied the relation between the properties
,of various steels, their silicon content, and the rolling temperature. Steels with
silicon content of 3.3-64~ were melted in both vacuum and open electric furnaces.
Each ingot (cross section 90 x 90 mm, weight 24 kg) was hot-rolled in a standard
industrial mill 800 to obtain strips 2.8 mm thick(from which apecimena 25 m-m wide
and 100 mm long were obtained). These were rolled in a laboratory machine of the
tYPO 150 at a rate of 0.24 M/sec. The test specimens (3 mm in diameter and 20 mm
in working longth) Wortl heated in a tubular rocintance furnaoo and then tented until
fracture in a machine of the tYPe P-4, using a load of 4000 kg. The experiments
were conducted in a temperature range of 20-600C at intervals of 100C, with 3-5
Ca, d 1/2

ACCESSION NRt AP4045064
,specimens tested at each temperature. It was found that the ductility of the opeoi-
men decreased with the silicon content (when the content was higher than 5Pj4 the
relative elongation and the transverse contraction were- close to zero). The yield
Jimit decreased gradually with increasing temperature up to 500C and more abruptly
thereafter. On the basis of data obtained in this work, the following optimal
temperatures are recommended: for a silicon content of 3-5 to 4% -100 to 200c, for
4-5 to 5% -250 to 300C, and for 5.5 to to 5OOC- Orig. art. has' 5
figures and 1 table,
ASSOCIATION: none
SUBMITTEDs 00
ENCL: 00
SUB CODE: 111.1 NO REF SOVs 005 OTHER 1 005
Caid 2/2

ACC NR, AP7002846 SOURCE CODE: UR/on.6/66/ooo/012/0087/0086
AUTHOR: Parusnikov, V.N. ; Kunakoy,-,Y.a.N-.,+ Grodskiy, E.A.
ORG: none
'TITLE! Sunerconducting niobiur.1 microwire
SOURCE: Tsvetnyye metally, no. 12, 1966, 87-88
TOPIC TAGS: superconducting niobium zirconium alloy, ;4-ob44a=-',
titanium alloy, niobium I;ase compound,
microwire
ABSTRACT:
,.Since hot drawing of niobium wire lowers its ductility, cold drawing of
.niobium microwire preceded by elect rochemical oxidation or by coating with
copper has been tested under laboratory conditions. Niobium ingots were hot,'
forg--d into 18 mm bars which were forged, without reheating, in a forging I
machine to a diameter of 3.6 mm and then cold drawn into wire 0,3 un in dia-mLer
with a graphite lubricant. The wire was electrolytically cleaned, vacuum J-
annealed, and coated either with an oxide film (by anodic oxidizing) or with
copper. The wire was then cold drawn to a diameter of 0.02-0.07 mm
UDC: 669.293.426

ACC NR, AP700284(
(cop per-coated) or 0.03-0.07 mm (oxide-coated). After remval of auxiliary'
coatings the wire was coated with tin or aluminum by passing the wire.,pre-
heated to 750-800(~,, through a droplet of woolten netal followed by electrolytic~
tinning in acid or a stannate electrolyte. Microwire 20, 50, or 70 p in
diamater was coated with a tin layer, 2'. 5, or 7 p thick, respectivel~y.
Following this procedure, the laboratory produced 10,000 m of wire 2'0-70 V
in diareter. Cold drawing of microwire with copper or oxide coating can be
used under production conditions, [ND)
SUB CODE: 13, 14/ SUBM DATE: none/ ORIG REF: 005/ OTH REF; 001
ATD PRESS: 5113
Card.- 2/2

ACC NRi AP7005141 SOURCE CODE: UR/0126/66/022/004/0640/0640
AUTHOR; Pakhomov, V. Ya.; Kunakov, Ya. N.; Kachur, Ye. V.; Layner, D. I.
ORG: Scientific Research and Design and Planning Institute of the Rare Metals Indus-
try (Nauchno-issled. i proektnyy instituz redkometallicheskoy promyshlennosti)
TITLE: The effect of microinhomogeneity on the critical points of superconducting
alloys
SOURCE: Fizika metallov i metallovedeniye, v. 22, no. 4, 1960, 640
TOPIC TAGS: critical point, superconducting alloy, lattice defe4tt, grain structure,
homogenization heat treatment, cast illoy
ABSTRACT: The effect of a homogenization anneal on the critical current density of
Hb-46% Ti and alloy-2 was studied. The purpose of this heat treatment was to elimi-
nate intercrystalline liquation which exists in the as-cast alloys. It is known that
the Lorentz force can cause a creep of magnetic current that may result in the loss
of superconductivity. Differenttypes of metallic defects (inhomogeneities, disloca-
tions, internal stresses, etc.) may act as stabilizers against the creep. For the ex-1
periments, 40-gram ingots were melted in a radiant arc furnace with tungsten elec-
trodes in a purified helium atmosphere and homogenized in a vacuum furnace at 15000C.
The homogenized ingots were cold reduced into 0.25 mm diameter samples. All samples
Card 1/2 UDC: 537.312.62

NRi
had similar cold reductions. Critical current densities were measured In a trans-
verse magnetic field of 16 kilooersted at 4.20K. The critical current density was
given as a function of ingot homogenization time which ranged -from I to 5 hours. In
both alloys, the critical current density was lowered by homogenization. The criti-
cal current density for Nb-46% Ti decreased linearly from about 1.8.104 a/cm2 in the
as-cast condition to about 104 a/cm2 after 5 hours of ingot homogenization. Alloy-2
dropped sharply from 20,04 a/cm2 to about 104 a/cm2 after I hour of ingot homogeniza-
tion, and remained constant thereafter. All of the samples had a similar disloca-
tion density of 1011_1012 cm-2, characteristic of severely deformed metals. The
microstructure of as-cast ingots showed intercrystalline liquation, which decreased
as a function of homogenization time. After 5 hours at 15000C, almost all of the
liquattion was absent in both alloys. Analogous results were obtained in the alloys
Nb-75'0 Zr and 65 BNT in which the critical current density after homogenization
changed from 1.3-104 and 2,104 to 7.8-103 and 1.2*103, respectively. Oi~ig. art. has:
1 figure.
SUB CODE; 20,11/ SUBM DATE: 02Feb66/ OTH REF: 001

ARNOLID, N.M., inzhener; KUNAKOV, Ye.G., inzhener.
Hydromechanization on the projects of the Ministry of Construction
of the U*S.S.R. Nov.takh. i pered. op.v stroi. 18 no.7:7-10 J1 156.
(Hydraulic engineering) (Dredging) (MIRA 9:9)

KUNAKOV, Ye.G., inzhener
Mooring installations built with preenst reinforced concrete.
Nov.takh.i pered.op.v stroi. 19 no.10:10-15 0 '57. (MIRA 10:11)
(Wharves) (Precast concrete construction)

KUNAKOVA, N.F.
Treatment of infants with tuberculous meningitis without subarachnold
use of drugs. Vop. o~h. mat. i dot. 6 no-10:33-37 0 161.
(MIRA 34:11)
1. Iz kafedry gospitallnoy pediatrii (zav. - kandidat meditsinakikh
naWc V.P.Sitnikova) Voronezhskogo -neditsinskogo instituts. (dir. -
prof. N.I.Odnoralov).
(MUNGES-TUBERCULOSTS)

Yiins~ova, 1.- 1. -- "The- Effect of' Chanpes in '~eedAnp nn the Utilization
of ths! Crowth, and tlr- Developm-nt or 141,~if,..!rr." !~'in
!!Ir-her 7ducation Leninprad Vetf-rinary Inst. Leninf-rad,
(Tliret-rtatiqn for th- of l7n-::i1dite in Aprllcilltliral :cil..nce)
So: 'n-.--hna,,ra Letopi:7,', o l.,, 1956

KMIAKCYVSXDT~,:T., (Voronezh) V
---;- e
Dmitril, Grebenkin~ expert in gas and
Pozh. delo. 9 no.91l9-20 S 163.
1
1: ~j ,
(Fire departme'hts--Equipment
smoke protection services.
(MIRA 16:10)
and supplies)

KUI,IAKOVShIY, V.Ya.; BASMOVY S.T.
Selecting the beat rigidity for coining presses. Kuz:shtam.
proi-.v. 3 no.8:31-33 Ag 161. (MIRA 14:8)
(Power presses)

KBAKOVSM, V.Ya., inzh.; BASKAKOV, S.T~, inzh.
Selecting tin optimum rigidity of coining presses. (Nauch. trudyl
ENIKMASha 6.-22-32 163. (14IRA 16:9)
(Power presses) (Forging)

BASKAKOV, S.T., inzh.; KUNAKOVSKIY, V.Ya.,. inzh.
rNauch. trudy
Calculating the deformations of crank-toggle presses. L
ENIKMASha 6:33-46 163. (MIRA 16:9)
(Power prqsses) (Deformations (Mechanics))

WNPWWYSAT~, A.','-' A. F. Abishev, S. A. Arzymb-a tov, co-authors; of:
Spravochnik v(~L-.3ritiarnogo sanitata (Manual for the Veterinary Orderly), Alma-Ata,
goizdat, 1931. 233 pages, illustrated. Frice 8 rubles 50 kopecks, 10,000 copias.
In the Kazakh language.
SOURU`.'~.* Veterinarlya, No 11, pp 63-64, Nov 1951 -- New Books on Vet-arinary Hadicine

~Ljld V,,,t S_~i
Uo ;-repare a is
Alma-Ata# 1958, 16 pp, 150 cop (Alma-Ata Zooveterinary Institute)
(KL, 43-60j. 119)

KUNA, Laszlo; KUNANE GRABER, Lea
Reduction of the solubility of silioic acid solved in cellulose
factory waste lye by means of the absorption of carbon dioxide.
Magy kem folyoir 68 no.7016-324 JI '62.
1. Eotvos Lorand Tudomanyegyetem Kemiai-Tachnologiai Tanazeke,
Budapest.

ISAYNV, M.D.. dots.; KURANTOEV, H., starahiy prepodavatell
Vladinir Wich Lenin and Soviet public health. Zdrav.Kazakh.
17 no.4/5 '57. (HIM 12:6)
1. Iz kafedry markei2ma-leninizma Kazakhokogo gosudaretvennogo
neditainskogo instituta im. V.M.Molotova.
(LUNIN, VLADIMIR WICH, 1870-1924) (PUBLIC H&kLTH)

KUNANTAYE V 1 14,01
Progrwm for building up communism. Zdrav. Kazakh. 21 no.9:3-8 161.
1 (14Ifa 14:10)
(complism)

KUHMAYEV, M.
Realization of Leninistic,national policies in the developmont
of public health. Zdrav. Kazakh. 22 no.5:3-7 162. WIRA 15:6)
(PUBLIC HULTH ADMINISTRATION)
(LENIN, VLADIMIR ILICH, 1870-1921)

A ?_ il V
3(5) PHASE I BOOK EXPLOITATION SOV/2821
Vses.oyuznyy nauchno-issledovatellskiy inatitut geofizicheskikh meto-
dov razvedki
Razvedochnaya i promysloveya ~eofizika, vyp. 24 (Exploration and In-
dustrial Geophysics) No,24 Moscow,Gostoptekhizdat, 1958, 58 P.
(Series: Obmen proizvodstvennym. opytom) 4,500 copies printed.
Ed.: M.K. Polahkov; Exec. Ed.: Yeo G. Pershina; Tech. Ed.: I.G.
Fedotova.
PURPOSE: This booklet is intended for geophysicists as well as en-
gineers and technicians engaged In geophysical work.
COVERAGE: This collection of articles discusses new methods of in-
terpreting electrical logging, gravimetric and seismic data, and
describes industrial geophysical instruments feementometer, per-
forator, etc.). Improvements made on older apparatus (e.g., a
change in the design of a perforator for radioactive electrical
logging) are also discussed. References accompany each article.
Card 1/3

Exploration and Industrial Geophysics (Cont.) SOV/2821
TABLE OF CONTENTS-.
Putimtsev.t G.N., and A.V. Volkonskiy. Improvement in the Design
of Automatic Amplification Control in Seismic Stations SS-26-51D 3
Kunarev, A.A. Method of Constructing Reflecting Boundaries 8
Terekh1n, Ye. I. Effect of a Layer of Water on the Results of
Marine Electrical Logging 10
Popov, Yu. N. Interpretation or Telluric Current Observations 17
Popov, Yu. N. Nomogram for the Control of Angles in Constructin.-
Vector Diagrams in the Telluric Current Method 22
,Bordovociy, V.P. Computing Coefficients of Dipole Units in Cur-
vilinear Logging 24
Beloserov, I.P. Gravity Effect of a Vertical Cylinder of Finite
Dimensions 28
Molochnikov, Z.I. Evaluating the Character of Oil Saturation of
Card 2/3

Exploration and Industrial Geophysica (Cont.) SOV/2821
Carbonaceous Reservoir Rocks Through Electrologging Data 34
Aksellrod, S.M. Well Cementometer for Operation With a Single-
strand'Cable 37
Zelltsman, P.A. Substituting the Inclinometer ISh-3 and 18h-4
Rheochords Without Subsequent Resealing 42
Gorbenko, L.A. New Perforators for Oil Wells 46
Kargov, O.N., and N.P. Sumerov. Automatic Hoist Switch-off for
Large Cable Loads 56
Gorskiy, Ya.Ya. Change in the Design of a High Voltage Trans-
former in a Depth Appliance for Radioactive Logging 57
AVAILABLE: Library of Congress
MM/bg
Card 3/3 12-31-59

Characteristics of uterine contractions in the third stage
of labor. Ak-ush. i gin. 33 no-5:103-107 S-0 '57.
(HIM 1?15)
L lzl-gc akueherskogo otdeloniya i laboratorii normal'noy i
patologicheskoy fiziologii Instituta alaisheratva i *inekologii
A14N SSSR (dir. - prof. P.A*Beloshapko).
(LAXOR, physiol.
uterine contraction in third stage)
(UTMIUS, phyoiol.
contractions in third stage of labor)

I KU.HAS
Unusual strangm1ation of congenital umbilical hernia. Gesk. pediat.
14 n0-3:264-266 5 Mar 59.
1. Chirurgicke oddeleni OUNZ v Rychnove n. In., prednosta, krajsky
chirurg MUDr. Jaroslav Nudr. i
(HMIA, MOILIGA1, compl.
strangulation of congen. hernia (Cz))

CHALENKOP I.; BRESLAVETS., Ye.,- KUNASHEV, M.
The wide front of mebhanization. Grazhd. av. 21 no.6:25 Je 164.
(MIRA 17:8)
1. Nachallnik otdola mekhanizatsii Krasnodarskogo krayevogo
upravleniya proizvodstva i zagotovok sellskokhozyaystvennykh
produktov (for Chalenko). 2. Starshiy inzh. ob"yedineniya
"Selikhoztekhnika".. Krasnodar (for Brealavets). 3. Starshiy
inzh. Krasnodarskogo podrazdeleniya aviatsii spetsiallnogo
primeneniya (for Kunashev).

Kunism.7, M~; OOR-ILEVSKTY~ A., dotsent, kand. nellskokhoz. nauk
Florizonn of scipnce. Grazhd. av. 22 no.7t2O-21 J). 165. (MIRA 18:7)
1. Ispolnyayushchiy obyazannosti nachaltnika Vsesoyuznogo neuchno-
lssledovatellskogo instituta sel'sk&hozyaystvennogo i spetsiallnogo
primeneniya grazhdanakoy aviatsii (for Kunashav).

KUNASHEVx M.N.
Belicopters-over the vineyards of the Kuban. Zashoh.rast.ot Vredi
bolo 5 no.20-6 F t6O. (HIRA 15:12)
1, Starshiy inzh. Grazbdanskogo vozdushnogo flota.
(laban-Ckrapes-Diseases and posts)
(luban-Aeronautics in agriculture)

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crilied, incircaws the effect lenfold and keeps the ionita.
00 tion value const. within 3% front day to day. The thin
00 12yrrs gave direct proponionality twtwvrn the effect und 000
the wt. of the submance. Tests with PhCrO, treated
with U, Ra and Th lihowrd that measurements with
00 Y a-rays are aswnsitive aq thow of file irmatuation fnethld.
DAIA Obtillned in 912111U%ting tile App. for plant. mramitc-
3
00 nu-nis indicate it lintit for 17 of ullout 0.
)(01 K.

00 1 7, NO*

tie 0
tie 0

,
IS
#A I 1 0 ad 0 1 Sir 0 1j
a
0
0 0 0 0 0 0 0 0 0 0 0 0 0 0 6 Ole : 0 : 0 0 0 0 0 0 0 0
A
99990i*4419060041 0000 *Ole 0 OI

00 11 it It t# It 14 It N It AD 1 1:U 11 it Is P AI A it It 11 1, 13 b v o
) I v V ~ V
1, j. 1

mot butioll it( tedium end urfinku"t Ill plants ralavo .01
"I 11D
pills .14h diffoptral ront cult litnots if thosp 9 lonnilitf
In

4
%iff lai-I uti IftitirkrIVA %Au. With All Aditil. A stdn,
10 1.4.3~ \ 10 k4 RA ~al 11(act,
tilm-Atctily r1imb-d liv the cniamilion niviliml Ti 1
so anrlthrr t-firs WCTC UsItical timix, 4.7,1 X III
1,3 )e 111-1g. -,,111 (A' larallif lntrat'i~ I)CM., w"r made
lsv Ibv un-linill dt-wfilm-il tit C, A. 34, MOW, Re twnr.
114tv. Intel all 11CATIN of th'. plant in a I. I'm n. prolli'l 6.01141
go
I(. III,- mimi. of Ra in thc nimient un-thunt. U (4,uld
It,,t In, found in the gmu gwrls. Plan1% gvu%n in %vak
had takcti up (lie U almom quanlitativ(.1y us [tie
j,

t,iw grown in w1m. onflK. 1114) tilur4 sn"n.
n
Ih,. anti. Ill On, 1,AIms had 0111v tliplq.d.

No

r-A
S a I L 6 SITALLOGICAl LITER&ILF1 CL&ISIFICAIMN tz j

as
-
1-
11 AV 1,
U
It it or 64 IN It VE a 1, 1, '

g
0 0 0 0 0 v 0 0 0 0 q 0
4
00 0 IN 0 * 0 0 0 0 0 Ill 0 0 0
4 0 4r 0
9 0 0
0
0
.
0
0
9 0 0
4

Applivation of radio-411ililwhmil evaWis for tkko mrivI&I" of
"amit" 11111111A. V- L 1614MA. N1166141MVIL AIM S G
YrWin illull.Acad. Sri. 11143.17?, -
Cwrs Imirt test oil tx~nngs in the Kazan area were exAmniM.
III,- twes mere ff,.m tile I"Wer Prinuall And u IW9 (dlt.-t1t-
Irrous strata. Tile jk%vrage c,,ncn- --t Ila in IV c,,re- a.
A 3K " III It", Atul 4 I'll 1-09 x 10 1%'. Well water, e%A111111"I
hAJ lit.11 ..1 194' .,klilv V, It

A~b r six I V V 4-1-A. J-1-M. 4 W U Is a - 4
00 4 fit '-olow. V'spiki it. v4V110%
0o
so
so
00
so
00
44dfunicoul"Jin plant and AniMAI 01J[AWSMB~
so V. R.S.S. 7.
Kuna%heVa. T.M. kb- NOOO(Aim- Otad-
09-job(1944); Cf. C-A. 29, 44(0.--~Of Over I(R) ~ik-ci-
so illyritipled, All] conlained Ra. The aliuatic 1)1;4111~
d
tatrard mofe Ras than the watt, In wbk+ 1heY 4r('* (
1. Veya%adskil. CA. 2S. 3158). In the tcrimtrial plAmU

so f,stj showed Rx accumulation In the wrwc" ~'f glowth.
Distribution(A.Ma in the 11105Phere is (III Ix-rcrtitagr): A64
rilcks 11"1c rocks W", 'kilift It) ' I"
1ii-t-faild 4-a
-11
t0-11
-%t
anitnals 10-18
t
l
s
.
-10
an
soils 10
,
,p
Cf, A. P. Vissogradov.

~-J
ti-
00
0
.00
'00
--so
C-0 o
00
too
coo
lose
zoo
Igoe
tie 0
Cleo
11
$0 L A sty LUPWAL U114ATUff CLAANKATMI 9-1 r~.' be
filial 441 am, Ali
0 U S IF 03 Is 'V-1 -T' 71
"1
i to tr tai) 0*1 X-pW-'N Mall 1111 KO 4 1 am
0
0 0 0 0 0 010 0 0 & 0 0 0 & 0 0 0 0 0 0 a 0 0 * @Is 0 0 0 0 0 0 0 0 0 o
*I ~so

A L 6-JIL-1 -4. A.-
00 4
00
A A Al a a W911. 1 0
Ii I I V V I t- A f
4-000,~ . I
Radium and thonnin contents In I" Alit at the jj,,tntA
BOA, X- ( -'I, KWAlbryti, TFOP. lob. WfIlithim. itrad.
lei. VASJC., 106-40044): cf. Vinogra'Ifiv, C-4. 39,
21M.-The Ra and Th contents of 16 sainpit-4 tit ~.jjj were
detd. by the emanation metho,1. The s4tripf" ivere (aL,-u
from the bottoin of the we Approx. along the.32ti-I mi-tidiall
at various ifistancirs from the short. Act-f4filIK 10 t21111-
fated dnM the Ra content varivil front COX10-11 to
9.9XIO-11%; Th content mis train 4.HXIII-l to X,HX
-,c
oov lo Valer
A. Sirriji,)v
A NITALLURGICAL UTIMAIU111 CtA$$WKATWN
------
Ii L
-7.
00
Are 0
100
COO
roe
Coo
XOO
No
tio 0
boo
boo
woo
lei *a .4, 0., Olt
U
An L 1 4 rw 0 N a I IN a d3 a 3 ov
U 0 so I ; I ; 0 .1 1 A
to It kLo in
0 10
0 e 0 o 0 0 0 0 0 0 0 0 0 0 0 0 0 a a
:;0 *
0 a 0 *1 0 0 0 0 0 0 0 0 0 0 9 0 0 0 0 o a
0 0 0 0 0 0 0

JUMOVA. N.G.
z-1--~-
Distribution of radium in variouB parts of plants grown in a medium
with different concentrations of radium. Trudy Biogookhim. Lab.,
AL-ad- Nauk S-S-S-R- NO-9, 157-9 149. (MLRA 6:5)
(CA 47 n6.15:7603 153)

/ I// / ~-11-/7,-
A/ I . ..

USSR/ Cosmochemistry. Geochemistry. Hydrochemistry D.
Abs'Jour Referat Zhur - Khimiya) No 4., 1957) 11503
Author Baranov V.I., Ronov A.B., Kunashova K.G.
Title On Geochemistry of DispersiFT56-rium and Uranium in Clays and
Carbonate Rocks of Russian Piatform
Orig Pub Geokhimiya, 1956, No 3, 3-8
Abstract In sedimentation processes U migrates to a considerable extent in the
form of soluble compounds, whereas Th -- in,clastic and colloidal form.
Magnitude of Th : U ratio is twice as.large in clays as in carbonate
rocks, and in the latter Th is contained In the inelluble portion. Clays
of-4he Russian Platform contain on .the average 1.1 . P-3% Th and 4.1 .
10 % U; carbonate rocks 2.4 . 10-4i Th and 2.1 . 10-496U. Maximum con-
tent of Th is noted in rocks formed during periods of most inteasive ero-
sion of crystalline rocks or shell of weathering. Content of U in rocks
of different c.omposition and geol6gi'balage-Vares t6 a considerably les-
ser extent than that of Th. A certain enrichment (hid U is observed in
rocks having ar. increased content.of organic substances.

~Np 5W 30-1/7-59-6-7/17
AUTHORSt Baranov, Ve I., Morozova, N. G., Kunasheva; K. G., Babichavaj
Ye. V., Karasev, B. V.
TITLE: On the Radiometrio Method of Prosbecting forNatural Gas and
Petroleum Deposits
PERIODICAL: Geokhimiya, 1959, Nr 6, PP 530 - 537 (USSR)
ABSTRACTt In the course of the research work of the Institut nefti AN
SSSR (Institute of Petroleum of the AS USSR) iinder the direction
of Professor F. A. Alekseyev negative gamma anomalies were
found to exist in petroleum- and natural gas deposits of the
USSR (Refs 5 - 9). The Institut geokhimii i analitichaskoy
khimii im. V. I. Vernadskogo ( Institute of Geochemistry and
Analytical Chemistry imeni V. I. Vernadskiy) instructed a group
of scientists under the direction of N. G. Morozova. to find the
reasons for this phenomenon; the soientists assisted in the pro-
specting work of the Laboratory of F. A. Alekseyev. The Labora-
tory placed the gamma pictures taken from airplane and motorcar
at the disposal of the scientists. B. V. Karasev, Ye. V. Babi-
cheva, and A. M. Dorina made the chemical analysis of the samples
collected, and K. G. Kunasheva and A. P. Novitskaya the radio-
Card 1/2 chemical determinations. The deposits of Kizyl-Kum and Gekcha

On the Radiometric Methodof Prospectingfor Natural Gas SOV/7-59-6-7/17
-
and Petroleum Deposits
in western Turkmeniya were investigated. The portion of
gamma-radiative element-s vas determined with respeot to total
gamma radiation (Table 1) and graphi!:~ally representpd in fig-
ures I -- 4. Beside, the radioact,~vity of gases was investigated
in the Korobki and Archeda deposits (Table 2). It was found
that the gamma-anomalies are in perfect accordance with the
distribution of the gamma-radiative elements U, Ra, Th, and K
in the upper layer of soil (25 em deep). Radium was not found
to play a special part as assumed by some authors. The portion
of gamma-radiation of the cmanation contained in gases is only
a minimum (2 % approximately) of the radiation of the elements
mentioned before. The change of gamma-activity is, therefore,
due to lithological or struoture.-morphological characteristics
of the petroleum-containing regions. Papers by L. N. Bogoyav.-
lenskiy and V. L. Shashkin are mentioned. There are 4 figures,
2 tables, and 12 references, 7 of which are Soviet.
ASSOCIATION: Inatitut geokhimii i analiticheskoy khimii im. V. I. Vernads-
kogo AN SSSR, Moskva (Institute of Geochemistry and Analytical
Chemistry imeni V. 1. Vernadskiy of the AS USSR, Mloscow)
SUBIMITTED: April 2, 1959
Card 2/2

BARANUV P V.I.; MUROZOVA, N.G.; MASHE-VA. K.G.; GRIGORIYLV, G.I.
Geocbemistry of some natural radioactive.olements in soils. Pochvo-
vedenie no.8all-20 Ag 16". (MIRA 16:9)
1. Institut geokhimii i analiticheskoy khimii imni Vernadskogo.
i,

KUNASHEVA, Ye.G.
Change in the eoccitabilit7 of the cortical nerve centere in children
in various emotions. Zhur. vys. nerv. deiat. 10 no.2:204-206 M~-
Ap 6o. (KM 14:5)
1. Clinic of Children's Diseases, Naval Medical Academy, Leningrad.
(CEREBRAL CORTEX) (EMOTIONS)

- ---1 - - -_ -I I- - --, __ -.Z-. __- ~U~~
- -1 ~ A, I - I c, "C;" i ~," r iI ", ,i Y) __
\1 ! - V_~ *iI`~,VII - - I I
KUHASHKEVICH, V., inzh.
Manufacture of wall blocks using vibration milling; from the
practice of White Russian enterprises. Stroi.mat. 3 no-7:10-12
J1 '57. (MIRA 10:10)
(White Russia--Building blocks)

r extracting cores from large silicate blocke- Stroi. mat.
kp '57. (MLRA 10:6)
Eachallnik takhni cite skogo otdol-a Minioterntva proqrshler-nosti
mterialov Belorusokoy SSR.
(Building blocks)

K M S M VICH. V. (Minsk)
y
r
c of the Institute of Building Materials of the
White Russian Economic Council. Stori. mat. 4 no.4:38 Ap '58.
(MIRA 11:5)
('White Russia--Binding materials)

KUHASHKEVICII, V., inzh.
;tw . .
e.""Iliffifipg~ 10"
Using clayey rocks in making magloporit" in pariodic kilns.
Stroi. met. 4 no. 7:25-26 Jl 158. (MIRA 11-7)
(Minsk--Building materials)

KMSIW,VICH. N.I., lhzh.. -.' -
Making reinforced" ~,nsum-doudreto T611ed panels .
no,3:2,8-30 1(r !59. (Concrete slabs) (MIRA 12:5)

KMASMVICH, V.I., inzh.
'.- --ie- c-han-iz,ed-un loading of brloks. Strol. mat. 5 no.6:31 Je 159.
(MIRA 12:8)
(Loading and unloading) (Rricks-Transportation)

KUNASHnTICH. V.I., inzh.
First production line in the production of mineral slabs from
phenol resins. Stroi. mat. 7 no.3;1-5 Mr 161. (MIRA 1~4)
(Phenols) (Building materials)

KUN-A,S4KEV.ICHO-V~j-.p in7l.
Experience with the manufacture and use of agloporite in the
White Russian S.S.R. Stroi.mat 8~ no.10:3-6 0 162.
MU 15 :11 )
(White Rusoia-Aggregates (Building materials)
(Lightweight concrete)

DOROFEYEV, Aleksey Fedorovich; KUNASHKEEVICH, Vladimir Il"ch;
TERESHCHEENK01 V.$ -- -
[Manufacturing large aand-lime blocks with unslaked lime;
practices of the ~'*inik Plant for Large Building Elementsi
13ruizvodstvo krapnykh silikatiWkh blokov na neEasher ~ iz-
vesti; Jz opyta raboty Minqkogo kombiri-ata krupnoblochnykh
six, -iltn-ykh konstrlakt3ii. 141nak, Gac.i~zd-vz) BSSR,
E-9 1- ~ (MILRA 17:6)

RAKOVSKIT, V.Ye.; PETROV, L.K.; GUREYKO. V.S.; GALENCHIK. 1.Z.; POZNYAK,
V.S.; KUN UV4 Tf." IA..- 3XMT,. K,Jjred.; KOREMICH, -D.P., red.;
r6d.- rCMWyNIKOV,.Yu.Te., red.
[Technological arrangement for the production of mineral wool
shoots with sapropel binding mater'ial) Rezrabotka teldinologii
proizvodetva plit iz mineralluoi vaty s aRropelavoi sviaskoi.
Minsk, Izd-vo "ZVia2da.4 1958, 14 p. (MIRA 12:2)
(Mineral wool) (Sapropels)

MKAKOV,: Serafim Fadorovich; KUZIMIN, N.I., ratsenzent;
retsenzent; DAYTIN, A.Th., doteent, kanlidat takhnichookikh nauko--
redaktor; BBIRLIN, KA., redaktor Watal'stva; BEGICHIVA, M.N.,
takhnichaskiy redaktor
'*Work organization and technical norms In ship-irapairing enterprises)
L
Organizatsita truds I takhnichookoa normirovanie n& sudoremontnvkh
prodpritatiiakh. Pod obahchei red. A.IA. Daitina. Moskva, ltd-vo
ORachnoi transport,o 1956. 273 p. (MLRA 10:1)
(Ships--Maintenance and repair)

NUMASHOV, V,F.
Improving,the quality of the processing of pig skins. Kozh.-obuv.
prom. 4 no.12:25~27,D 162. (K[RA 16d)
(Kursk-Leather industry

KUNASHOV, V.F.
-
NOR developments In leather technology-. Kozh.-obav. prom 5
no.6t36-37 Je '63. (MIRA 16;6~
1. Direktor Kurskogo kozhavennogo zavoda imani Seregina.
(Leather)

KMSOV, V.F.
-
Theory of bounded crystals of the NaCl type [with summary in
English]. Zhur. fiz. khim. 31 no.ll-.2469-2476 N 157. (MIRA 11:3)
l.Sibirskiy fiziko-tekhnicheskiy institut, Tomsk.
(Crystallochemistry) (Salt crystals)

f tind 1,C-ilai- 'n
gr L
14 1
U~,~ V fy

GA~S, Ivan, dr.; KUNAVER~-Jurij; NOVAK, Dusan, geol.; JENKO, Franc;
SAVNIK., Roju-n
Karat terminology. Geogr vest 34:115-137 t62.[publ.163].
1. Clan Uredniskega odbora, "Geografski vestnik" (for Gams).

KIIIIIJAVii'l, Jurij
The high-mountain Karat in the eastern part of the JiLlian Alps
and in the Kamin Alps. Geogr vest 33:95-135 161.

KUNAVER, Juxl'
7nternational Speleological Conference in Brno, Jime 29--luly 4,
1961~. G-Dogr veat 36:108-1110 164 rpubl., *65].
L
On the ave of the Fourth International Spoloological Congreas
in Yugoslavia, 1965. 1bid.i128-129

I-AW"', \M.
jj~:
K
"Program of development of telecommunication devicfs in electric power netvorks,"
Elektrotechniski Vestnik, Ljubljana, Vol 2, Vo 5/6, 1954, P. 1(~2.
SO: Eastcrn European Accessions List, Vol 3, No 11, Nov 1954, I-C,

KUNAVER, M.
"Propagation of High-Frequency Currents over High-Voltage Transmission Lines." Forocila.
Vol. 22, no. 3/4, 1954. Ljubljana.
SO: Bast Suropean Accessions List,, Vol- 3, No- 9, September 1954, Ub. of Congress

S/035/62/tW/007/040/083
A001/A101
AUTHOR: Kunaver, P.
TITLE: Report of a student group, headed by Professor Kunaver, on observa-
tions of a solar eclipse on the Bra6 island
PERIODICAL: Referativnyy zhurnal, Astronomiya, i Geodeziya, no. 7, 1962, 66,
abstract 7A456 ("Proteus"*, 1960 - 1961, v. 23, no. 9 - 10, 239 -
242, Slovenian)
TEXT: A group of students from Lyublyany (Y4goslavia) conducted visual
observations of the corona and prominences during the total solar eclipse of
February 15, 1961. Coronal rays were traced up to 6 R C). Observed were also
shadow bands, and meteorological and general observati6n.s were carried out.
V. B.
[Abstracter's note: Complete translation]
Card 1/1

POK-OVY11iN, A. I., KIIAVIN, N-_V-j SIMMINO!" 1. D.,
Tin Mines and Mining
Work e"erience of Ya. N. Kharlasbin's brigade. Gor. zhur. no. 3, 1952.
9. Monthly List of Russian Accessions, Library of Congress, April 1953. Unclassified.
2

KUNAYEV, A. M., Candidate Nch Sci (diss) -- "The problem of extracting vana-
dium and manganese from iron-phosphorus ores of Kustanay Oblast". Alma-Atap
1959. 19 pp (Inst of Metallurgy and Ore Dressing of the Acad Sci Kazakh SSR),
150 copies (KL., No 24p 1959P 138)

16(5) SOV/31-59-2-8/17
AUTHOR: Kunayev, A.
TITLE: The Problem of Extracting Vanadium and. Manganese From
Kustanay Ferrophosphorus Ore (K voprosu i.--vlecheniyi
J,
vanadiya i marr~antsa iz hustanays1rillh zhelezofosfo-
ri--t,,,,kh rud)
PERIODICAL: Vestnik Akademii nauk K, az ak-hslKoy 333SR, 1~,1-9, Nr 2,
pp 71 - 85 (USSR)
ABSTRACT: This article, written under the sunervision of Can-
didate of Technical Sciences G.I. hyudoCovskiy,
deals with the technolo-ical aspects of a procedure
developed under laborato-ry conditions. In addition
to iron this Drocedure ai-ms at using the phosphorus
CD
vanadium (0-07-0-09"' and manganese
(0.3-0-75,.'))
,
(0.2-1.3',"0') components of ore in the Lisa!-ovskoye and
Ayatskoye deposits of the Kustanay Oblast in
Kazakhstan. The Drocedure can be summarized as
follows: -the ore is concentrated (maGnetic roasting
Card 1/3 method) and sintered, before it is sent to the

The Problem of BIxtracting Vanadium and Llancane--ze From KuS tanay
Ferrophosphorus Ore
blast furnace. Thomas processing, SubsequMt to
blast furnace smelting, results in the production
of Thomas slag, stc.,el and ~,,n iinitia-l vzuiadium
terial for (.-tractinL- -phos-
which is the primary ma
T)hor,,is, vanadiuman-] mancanese. T1-lis slac is sub-
jected to a red-~icin[,,-, smeltinE, process, by which pig
iron with high manE,=ese (16-25.;') and Vanadium
(2-3-,-'o') content is produced. The phosphorus content
amounts to 9-10,16. Thomas processing of the pig
iron results in the production of ferrophosphorus
(10-12-17 P) and a new slag, which contains 8-10^/o'
vanadium and 50-55"') manganese. Roasting of the
slag leads to production of vanadiu-iii pontoxide and
of residues with a high imant.r,nnoo-C., o)-,i(](-, content
( 80/-,f.) .Blast furnace smeltinC- of the latter finally
yields 80011o ferromanUzanese. In a(Mition1the phos-
phorus contient of the pir, -Lron produced from the
ore is comparatively low and has to be increased
preferably by the addition of phosphorite (Thomas
slac is needed as fertilizer). Dui-inr~ the first
Card 2/3 Thomas processing, full oxidation of vanadium can

SOV/31-59-2-8/17
The Problem of Extracting Vanadium and Manranese From Hustanay
Ferrophosphorus Ore
be obtained by reducing the manganese content of the
pig iron to 0.30,0'. A similar procedure is recommended
during the Thomas processing of pig iron Droduced
from the initial vanadium slag. Slag formed during
this processing period contains up to 60-70% manga-
nese oxide and only 8-16% ferrous oxide. As a re-
sult of the chemical processing of the slag 97 and
850/1? of the vanadium and phosphorus contained in the
slag were dissolved. The investigations carried out
by the author have established, that from 1,000 tons
of pig iron obtained from ore in the Ayntskoye de-
posits - the ore of the Lisakovskoye deposits is
poorer in manganese - not only steel and Thomas slag,
but. also 1.7 ton of 40'j' ferrovonad.iiim and 10 tons of
80~'I ferroman-anese can be produced. There are 7
diaGrams and 6 references, 5 of which are Soviet and
1 German.
Card 3/3

IAPIN, V.V.;,,~.iEl,~A.-~KLT-RTS.'~,VA. IT.
Mineral compoaition of converter alags with high manganese and
11
vanadlun contontu. Vest. AN Kazakh. SSR 15 no.4:73--77 AP 159.
(MiRt, 12:7)
(Slag) (Ranganese oxide) (Vamadium oxide),

-- - - - -- - - - - -- -- - - - I -k
PLEKHANOV, L.G.; KUNAYEV, A.M.
Laboratory equipment to obtain an asymmetrical alternating our-
rent. Trudy Inst. met. i obogashch. AN Kazakh. SSR 4:91-94
162. (MIRA 15:8)
(Electrochemistry, Industrial-Equipment and supplies)
(Electric 6urrents, Alternating)

KUNAYEV, A.M.; VOLEYVIK, V.V.
Prospects for obtaining vanadium and its alloys from
Kazakhstan ores. Trudy Inst. met. i obog. AN Kazakh.
SSR 5:3-4-1 162. (MIRA 15:11)
(Kazakhstan--Minerals)
(Vanadium)

S/031/62/000/012/001/002
B142/B186
AUTHORS: Voleynik, V. V., Ifunayev, A. Mot Candidate of Technical
Scienges
TITL7; The equilibrium potentials of van4dium in chloride melts
'PERIODICAL: kkadem~ya nauk Ka,zakhskoy SSR. Vestnik, no. 12 (213),
19-02, 2.8-33
TEXT: For theelectrolytio purification of raw vanadium- it is important
to know its equilibrium potentials in order to determine optimum
processing conditions. The investigations were carried out in a eutectic
melt of LiCl and KC1. A V-electrode (highly purified vanadium) was
dipped " anode in this melt to form VC1 2" To prevent oxidation of the
vanadium, the space over the melt was evacuated to 1-2 mm Hg and filled
with argon (at 3-5 mn Hg excess pressure) after the gases dissolved in
the melt had escaped. The equillbrium potentials were measured with
respect to a lead reference electrode containing LiCl and KC1 with a
B-05'i2 PbCl2solution. The results were converted for' a chlorine electrode.
Card 1/2

S/031/62/OCC)/012/001/CC2
The equilibrium potentials ... B142/B186
The exact V concentrations were determined by weighing the V-electrode
after the experiment. They were 1.19, 3.487 9.1, and 11.2o'j by weiGht of
VC1 2* The temperature range was 570-810 OG. Isotherms which formed
straight lines with a slope of 2.3 11T/2F showed that bivalen't V ions
existed in the melt. Results; (1) Change of free energy for the formation
of VC1 from the elements as a funotion.of temperature:
2, liqu
F' - 101100 + 25.3 T cal/mole; (2) heat of fusion 8.8 cal/mole;
1
(3) change of,entrop~ in melting VC12 5.4 cal/mole; (4) temperature of
the VC1 melt 14000C-,~13500C found by P. Dirlich and If. I. Seifert, Z.
2 1 k
anorgan. und allgem. Chem. 1953, 301, nos, 5-6, 282-287). Diffu'sion
potentials were neglected in the calculationssince the salte.determining
the potentials (VCl2 and PbCl 2) were strongly diluted by electrochemical ly
indifferent salts. There are 3 figures. The English-language reference'-,
is; D. H. Ir. Baker, and 1. D. I. Ramsdell, Electrochem. Soc., v. 108,
12, 196o, 985-
Card 2/2

VOLEYNIK, V.V.; KUNAYEV, A.M.
Cathodic processes during the deposition of vanadium from molten
chlorides. Izv.AN Kazakh. SSR -~ftntekh.. 356~62
163. (MIRA 17 t 3)

ACCESSION NR: AP3005599
AUTHORSt Voleyniks V. V.1 Kunayev, A. M.
TITLE: Anode polarization'of vanadium in fused salts
SOURCE% AN KazSSR. Vestnik, no, 7. 19632-41-48
.-'TOPIC TAGS: vanadium electrode., current dem~ity, anode,, electronegative mixturep
cathode, lithium chloride melt
ABSTRAM The dependence of vanadium electrode potential on Icurrent density has
been investigated under various conditions. These include pare fused chlorides of
lithium, calciu% and 10% additions of NaF. Vanadium was used as.the anode con-
taining no electronegative mixtures and a rlybdenum wire as the cathode. Current
densities ranged from 5 x 10-4 to 5 amp/cm at melt tQmperatures 500 an'd 700C. It
was found that below current densities of io 3 amp/cm~4 the potential changed very
little. In the interval 10-3 - 0.2 amp/cm the potential increased linearly with
the current density according to the law
2 3RT
Const j 1.
Inc asing the currant further caused a very sharp increase :in the potential.
CarCP172

AOCESSICH NRt AP3005599
Adding 10% NaF to an equimolar mixture of Na01-KC1 had the effect of ahifting the
potential towards the negative as compared to the lithium chloride malt. Orig. art,*
has: 7 formulas and 4 figures*
ASSOCIATIGHt none
SUBMITTEDs 00 DATE AOQi 063ap63' ENCLs 00
SUB CODRs FH NO REF SM 005 OTHERt oD4

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KUNAYEV, A.M.; KOLOBOV, G.A.
Gjjtjjndje~ in the of ziw~ and vanadium
chloride solutiont3, Trady Inst.rnet.i obog. ;,.?! Kazakh.SSR 11:119-
124 164. (M-Ilru 18t4)

KUNAYEV, AM.; YFF11', MAL,
Cathodic polarization during the elec-trolysis of ~,ulfuric acid
solutions of vanrld",m and zinc. Trudy Tnst. met. A olrE% 01
Kazakh. SOR 14,0-rw 165.
lnvestigating catnodic polarizatIon Ourinp the electrolysis
of alkaline solutions of vawi~`ium and zinc, IbAel, ~ 58-61
(MIRA 18:10)

KAZANETS, 1.4-MAUS, D --
.. SHUMAUSKAS, m. rsumauskas, M.1;
KOCHlNYA9,-A4--SAYKHOVJ, R.; RUBIN, V.; KURBANOV, R.
The entire country participates in foreign trade. Vnesh.
torg. 43 no.1:6-12 '6f (MIRA 17:;)
1. Predsedatell Soveta Ministrov UkrSSR (for Kazanets).
2* Predsedatell Soveta Ministrov KazSSR (for Kunayev).
3. Predsedatell Soveta Ministrov Litovskoy SER (for Shumauskas).
4. Predsedatell Soveta Ministrov ArmSSR (for Kochinyan).
5. Zamestitell Predsedatelya Soveta Ministrov AzerSSR (for
Sadykhov). 6. Predsedatell Soveta Ministrov Latviyakoy SM
(for Rubin). 7. Predsedatell Sovets. Ministrov Uzbekskoy SM
(for Kurbanov).

"The,
So: lj,-"2(.l, 10 ADril

YMIAYF,V, D. 14--
Yunayev, D. "Toward the general development of the production of construction naterials",
Bollshevik Yazakhstana, 1949, No. 5, P. 39-44.
SO: U-4630, 16 S-0. 53, (Letopis 'Zhurnal I nykh Statey, No. 23, 1949).

1. KUNA17,V, ACAD. D. .4.
2. usm ~6co)
4. Copper - Metallurgy
7. In sunny Kazakhstan, Tekh.molod. no. 4, 1953.
9. Monthly List 2.f Russian Accessions, Library of Congress, APRIL 1953, Uncl.

KuNAUV, D.A.
.-
For the iuture development of science in Kazakhstan. Veat.AN
Kazakh SSR IO.no.2:9-16 7 1.40. (RTMA 7:4)
1. Prezident Akademii nauk I'Lazakhakoy BER.
. (Kazakhstan--Scionce) (Science--Xazakhatan)

KUNAYEV, D. A., President of the Academy Of Sciences, Kazakh SM
mentioned in
"The Flourishing of Science in Kazakhstan.,"/ Kazakhstanskaya Pravda, 24 Jun 53
as appearing in Bloknot Agitators, No. 12.

Periodical Vest. AN Kaz. SSR 12, 24 - 26, December 1953
Abstract Eulogy on the 70-th birt!,.iday of Academician Ivan Pavlovich Bardin, Soviet
scientist-metallurgist.
Institution Acad. of Sc. Kaz. SSR
Submitted

KUNAYEV, D.ji.; SOKOLISKIY, D.V.
Resolution of the Presidium of the Academy of Sciences of the Kazakh
S.S.R. concerning the 200th anniversary of the reunification of
the Ukraine with Russia. Vest.AN Kazakh. SSSR 11 no.1:22-24 J& t54.
(MI,RA 7:2)
1. Prezident Akademii nauk Kazakhakoy SSR (for Kunayev).
2. Glavnyy uchenyy sakretarl Prezidiuma Akademli nauk Kazakhokoy
SSR, daystvitellnyy chlen Akademii nauk Kazakhakoy SSR (for Sokol'skiy).
(Academy of Sciences of the Kazakh S.S.A.)

KMYEV, Dinmukhamed Akhmetovich; HALINOVSKIT, A.Y., spats. redaktor;
----W'A'#4**VUBHIfiA, L.V.. radak-tor; KALISTRATOVA. A.Te., takhaichaskiy
redaktor
(30 days in the peoplate China; travel notes] 30 dnai v narodnom
Kitae; putevye zematki. klma-Ata. Kazakhokoe goe. izd-vo. 1955-
156 p. (MLRA 9:12)
1. De7stvitellnyy chl6n Akadamil nauk Xazakhskoy SSR (for Kunayev)
(China-.Description and travel)

EMWW, D.A.
- - ~
On the scientific activity of the Academy of Sciences of the Kazakh
S.S.R. Vest.AN Xuakh. ssR n no.4:3-13 AP '55- (KWA 8: 8)
1. President Akademii nauk KazSSR. (Academy of Sciences of the Xazakh SSR)

KMYEV, D.A.
--,. ~ - z~- ,
- ~,I. . , .
Results of the scientific activity of the Academy of Sciences of
the Kazakh S.S.R. during 1953 and tasks for 1954. Vest.AN Kazakh.
ssR 11 no.50-13 XY.154. (MI2A 7:7)
(Academy of Sciences of the Kazakh S.S.R.)

H J) - m
BITKONUROV, O.A.; BELYAYEV, A.I.; 30GOMOLOV, V.I.; VANYUKOV, V.A.; GAZARYAN,L.M.;
GLEN, T.P.; GORYAYEV, M.I.; KARCHEVSKIT, V.A.; KLUSHIN, D.H.,, MAYXV.
4,A.; LIBIDEV, B.B.; LISOVSKIY, D.I.; LOSKUTOV. F.M.; MITROFANOY, S.I.;
MOLCHANOV, A.A.; MOSKVITIN, I.N.; OLIKEOV, N.P.: OSIPOVA, T.B.;
PLARSIN, I.N.; PONOMARRY, V.D.; RUMYANTSEV, Mj.; SOKOLISKIY, D.Y.;
SOKOLOV, M.A.; SPASSKIY' A.G.; STRIGIN, I.A.; SUSHKOV, K.Y.;
SHAMAZAROV, A.K.-, YASYUKEVICH, S.M.
Khourov Kurginovich Avetisian, obituary. TSvet.met.27 no-3:66-68
My-Je 154. (MIRA 10:10)
(Avetisian, Khosrov Xurginovich, 1900-1954)

MATEV, Dinmukhamed Akhmadovich; KUDRTAVCHIKOVA, V., red.; DANILINA, A.,
, - --`- --- L -tAhn'.'j~6d'. ' ~ ~~' ~ ~ -,,-
[Kazakh S.S.R.; a concise account of its history and economy]
KazakhokiLia SSR; kratkii intoriko-ekonomichookil ocherk. Moskva,
Goo. izd-vo pollt. lit-r7. 1958. 162 p. NIRA 12:2)
1. Pradaedatell*Soveta Hinistrov Kazakhakoy S.S.R. (-for Kunayev).
(Kat~khatan--Bconomic conditions)

AVq07, P.Ya.; AYTALMIV, Zh. A.; AUEZOV, M.O.: AXHUNDSLY11", IT.M.; BATISHCREV-
TARASOV, S.D.; BA7,A-NOVA, N.U.; BAISHEY, S;B.; BAYKOIMROV, A.B.;
B--XTUROV, A.B.; BOGATYRRV, A.S.; BOK, I.T.; 130RUKAYNN, R.A.;
N.L.; BY%OVtl,, 14.$.; ZHILFTSKIY, Zil~i, D.A.; IVA-l"KIN, P.7.;
KAWILI, D.111%; KAYUPOV, A.K.-, UlaWAYS7 , S.K.; XOTI)TILIN, "'.F.;
MAYEV, D.A.; 1,,'USJfF.V, G.L.; l-'' RASHAWY, O.Zh.; XUOY'~i
. V-K--' t5XII'lov, S.; C,.,. l'krKHAHu'1)ZltATT0V, S.M.;
PARSHIllp A.V.; POi-ROVSKIY, S.1%; POLOSITKIIIII, A.F.; RWSOV, M.P.;
WtGIUV, N.G.; SB"UIJIll. S.Sh.; TAZHIBAYEV, P.T.; FAS~NKOV,
SHLYGIII, Ya.D.; SHCYTIRA, (I.N.; CHOKIV, Sh.Ch.; CHOLPiJTrULOV, T.Ch.
Sixtieth birthday of Acadomician Yanysh Imantaevich -Sitnaev. Vest.
All Kazakb. SSR 15 no.4:58-61 Ap i5q. (MIRA 12:7)
(Sntpaev, Kanysh Imantaovich, 189?-)

I
Portieth anniversary of the Kazakh S,S.14 TSvete met 33 no-9:1-7
s 16o. (MIRA 13:10)
(Kazakhstan-Nonferrous metal industribs)

-----]ZlllNAA)Y2ByV,.Dzhavdat-22biuvie.hA kand.goologo-minerqlogicheBkik-h atiuk;
rrV?j.S,
HMO, Yu.?e., red.; TURUDAYEV, B., tekbn.red.
J~
[141noral resources of Kazakhstan1Po1eznVe Lakopserve Kazakhatana.
klms-Ata Kazakhakoe gos. izd-vo, 195b. 148 p. (MMA 11:5)
tKazakhatan-Mines ond mineral resoarces)